Overview
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Read the articleAUTHORS
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Pascal BERGER: Doctor of Science - Deputy Director, Pierre-Süe Laboratory (CEA /CNRS)
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Gilles REVEL: Doctor of Science - Emeritus Research Director at the Pierre-Süe Laboratory (CEA/CNRS )
INTRODUCTION
A nuclear microprobe can be used for elemental analysis and structural characterization, or as a tool for local energy or charge deposition.
The principle and equipment are described in the first part of this report
Since the first edition of this study in 1995, the field of application of nuclear microprobes has continued to grow. These applications concern elemental analysis in disciplines as varied as solid state physics, metallurgy, geochemistry, biology and medicine, environmental sciences, archaeology... Spectacular developments have also been seen in non-analytical applications, particularly in the life sciences (ion-by-ion irradiation), materials science (micromachining) and microelectronics (time-resolved measurements of beam-induced charges). In 2004, it is clear that the full potential of this tool has yet to be explored.
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Nuclear microprobe
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Nuclear microprobe
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Manufacturers, suppliers and users
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Gas pedals
Two manufacturers share the bulk of the market with small gas pedals operating on slightly different principles.
The National Electrostatic Corporation (NEC) in the USA markets Pelletron systems, the main feature of which is the replacement of the traditional insulating...
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